多属性方法(MAM)是下一个大事件吗?一种高分辨率精确质量多属性关键质量属性监测方法

Orsolya Kóréh, L. Milivojevic
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引用次数: 1

摘要

重点已经转向自动化和软件开发,以允许每个分子属性的自动识别和定量分析。随着自动化和软件的发展,MAM的真正好处可以通过建立一个与工艺条件相关联的综合分子属性数据库来实现,然后可以在整个开发管道中使用该数据库来增加产品和工艺知识。随着产品和工艺知识的增加,MAM可以减少开发产品所需的时间,通过增加有效的过程控制减少制造和发布产品所需的时间,并减少调查过程问题所需的时间。随着生物制药行业努力在更快的时间内开发出更多的生物疗法,MAM可以帮助解决困扰生物制药行业的主要制造挑战。单克隆关键质量的多属性描述了多属性方法的优化和应用,作为一个完整的工作流程来监测NISTmAb的cqa,包括糖基化、脱酰胺化、异构化、琥珀酰亚胺形成、氧化、
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Is the Multi-Attribute Method (MAM) the Next Big Thing? A High-Resolution Accurate Mass Multi-Attribute Method for Critical Quality Attribute Monitoring
the focus has turned to automation and software development to allow for automated identification and quantitative analysis of each molecular attribute. With automation and software developments, a true benefit of MAM can be realized by building a comprehensive molecular attribute database linked to process conditions which can then be used to increase product and process knowledge throughout the development pipeline. With this increased product and process knowledge, MAM can reduce the amount of time taken to develop a product, reduce the time needed to manufacture and release a product by add-ing efficient process controls, and reduce the time needed to investigate a process issue. MAM can help to solve major manufacturing challenges plaguing the biopharmaceutical industry today as they strive to develop more biotherapeutics on a faster timeline. The multi-attribute for the of monoclonal critical quality describe the optimization and applica-tion of the Multi- Attribute Method as a complete workflow to monitor CQAs of the NISTmAb including glycosylation, deamidation, isomerization, succinimide formation, oxidation,
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